About Client
The world today is witnessing a growing trend in the use of technology in the health sector. This allowed us to assist our client, a pharmaceutical company in tracking medical devices and the quality of medicines on the go along with the inventory and transit status, and we supported them in AWS to IoT integration.
Project Background
In this case study, we achieved the following:
- How we implemented a small AWS IoT integration application with a toolkit to assure product quality, elevate the efficiency of medical devices, and raise alerts in case manual intervention is required
- Set up AWS for the application to manage the devices seamlessly
- Interaction with the device to fetch vital information
- Finally, creating a mobile application and using AWS IoT to monitor the devices
Scope & Requirement
We used the below solution components to create a responsive web application that gives a holistic view of all the devices connected to the system and information on their vital parameters.
Implementation
Technology and Architecture
Technology/ Services used
We used AWS services and helped them to setup below
- Cloud: AWS
- Organization setup: Control tower
- AWS SSO for authentication using existing AzureAD credentials
- Policies setup: Created AWS service control policies
- Templates created for using common AWS services
Security & Compliance:
- Tagging Policies
- AWS config for compliance checks
- NIST compliance
- Guardrails
- Security Hub
Network Architecture
- Site to Site VPN Architecture using Transit Gateway
- Distributed AWS Network Firewall
- Monitoring with Cloud Watch and VPC flow logs.
Backup and Recovery
Cloud systems and components used followed AWS’s well-Architected framework and the resources were all Multi-zone availability with uptime of 99.99% or more.
Cost Optimization
Alerts and notifications are configured in the AWS cost
Code Management, Deployment
Cloudformation scripts for creating stacksets and scripts for generating AWS services was handed over to the client
Challenges
- We encountered some issues as below:
- AWS setup and pricing were complicated to understand as it is based on usage and consumption, which was a difficult thing to assess at the start of the application
- Ensuring data privacy and security is of utmost importance in this case. Since devices can be hacked without much effort due to poor encryption and that could allow unauthorized access
- Impeccable quality assurance of the whole setup was to be achieved in this case of the pharmaceutical industry, which involves dealing with medicines are surgical instruments, so there was a need for honest sharing of information if anything was not going as expected.
- Understanding the client’s vision of how they needed the UI was challenging.
Support
- 1 month of extended support
- A template for Cloud formation stack to create more AWS resources using the available stacks
- Screen-sharing sessions with a demo of how the services and new workloads can be deployed.
About Client
AWS Compute & High-performance Computing
Tonkin + Taylor is New Zealand’s leading environment and engineering consultancy with offices located globally. They shape interfaces between people and the environment, which includes earth, water, and air. Additionally, They have won awards like the Beaton Client Choice Award for Best Provider to Government and Community-2022 and the IPWEA Award for Excellence in Water Projects for the Papakura Water Treatment Plan- 2021.
- https://www.tonkintaylor.co.nz/
- Location: New Zealand
Project Background
Tonkin + Taylor were embarking on launching a full suite of digital products and zeroed upon AWS as their choice for a cloud environment. Moreover, They wanted to accelerate their digital transformation and add more excellent business value through AWS Development Environment best practices. To achieve all this, we needed to configure AWS Compute & High-Performance Computing, following best practices and meeting compliance standards, which can serve as a foundation for implementing more applications. Furthermore, The AWS Lake House is a central data hub that consolidates data from various sources and caters to all applications and users. It can quickly identify and integrate any data source. The data goes through a meticulous 3-stage refining process: Landing, Raw, and Transformed. Additionally, After the refinement process, it is added to the data catalog and is readily available for consumption through a relational database.
Scope & Requirement for AWS Compute & High Performance Computing
The 1st Phase of the AWS Environment Setup discussed implementation as follows:
- Implement Data Lakehouse on AWS
Implementation
Technology and Architecture of AWS Compute & High Performance Computing
The 1st Phase of the AWS Environment Setup discussed implementation as follows:
Technology/ Services used
We used AWS services and helped them to setup below
- Cloud: AWS
- Organization setup: Control tower
- AWS SSO for authentication using existing AzureAD credentials
- Policies setup: Created AWS service control policies
- Templates created for using common AWS services
Security & Compliance:
- Tagging Policies
- AWS config for compliance checks
- NIST compliance
- Guardrails
- Security Hub
Network Architecture
- Site to Site VPN Architecture using Transit Gateway
- Distributed AWS Network Firewall
- Monitoring with Cloud Watch and VPC flow logs.
Backup and Recovery
Cloud systems and components used followed AWS’s well-Architected framework and the resources were all Multi-zone availability with uptime of 99.99% or more.
Cost Optimization
Alerts and notifications are configured in the AWS cost
Code Management, Deployment
Cloudformation scripts for creating stacksets and scripts for generating AWS services was handed over to the client
AWS Compute & High Performance Computing Challenges & Solutions
- Diverse data sources- Data Analytics and cleaning up and integration patterns to pull data from different data sources
- On-premise data connection to data lake migration- Site-to-site Secure AWS connection was implemented
- Templatized format for creating pipelines- Created scripts of specific format, Deployment scripts, and CI CD scripts
Support
Providing ongoing support as we are a dedicated development partner for the client
Next Phase
We are now looking at the next phase of the project, which involves:
- API and file-based data sources to be added
- Process data to be used in different applications for ingesting in other applications
About Client
Global Finance is a company based in Auckland which provides smart loan and insurance solutions from 1999. The company suggests the right insurance with optimized premiums and support at claim time.
They have won top New Zealand’s awards from 2012 to 2018 including Mortgage Advisor of the Year, Business and Commercial Advisor of the Year and Values Business Partners from ANZ Bank.
- https://www.globalfinance.co.nz/
- Location: Auckland, New Zealand
Project Background- Dynamics for financial services
Peritos and Global Finance collaborated to change and manage their CRM Dynamics for financial services. They wanted the CRM and Customer support module to be compatible with their business processes. Peritos also discussed PDF customizations and the change of email preview as a Microsoft Solutions Partner. The Dynamics 365 for CRM and Suppoort Module were implemented in a multi-environment stage. Project Involved Dynamics 365 CRM and Customer support model
Scope & Requirement of the Dynamics for financial services
Technology and Architecture
Technology
- Backend Code: Plugins, JavaScript, Azure Blob
- Cloud: Microsoft Azure
Integrations
- Migration from an on-premise previous CRM system to the new Dynamics system and also 2 way integration
- Single Sign-on using Active Directory
- Email notifications and outlook based integration
Security:
- Migration from an on-premise previous CRM system to the new Dynamics system and also 2 way integration
- Single Sign-on using Active Directory
- Email notifications and outlook based integration
Backup and Recovery
Cloud systems and components used in the Dynamics were all 99.99% uptime and also involved with regular backup and DR to the non Production environment
Scalability
Application is designed to scale 5X times the average load received in the 1st 6 months of its usage and all cloud resources are configured for auto-scaling based on the load
Cost Optimization
Alerts and notifications are configured in the system for any additional data storage and notified to client and Peritos Support team if budget is being exceeded. Peritos being a cloud partner is managing the environment for the client keeping a close watch on the cost and finding ways to optimize the same
Code Management, Deployment
- Code for the app is handed over to the client through Azur Devops and Commited to the Git Repo.
- CI/CD is implemented to automatically add, build and deploy any code changes
features of dynamics for financial services
- The dynamics 365 for Customer Support and CRM has a unified interface
- It offers multi-select options with an intuitive control.
- The CRM dynamics for financial services comes with an advanced find option which filters views and form lists too.
- Quantity & Quality: Handled high-volume customer interactions, ensuring seamless case management with API-based integrations for financial services.
- On-Time & Budget: Delivered within six months, with all features deployed as per specifications and ongoing support.
Challenges
- They had done huge level of customizations understanding the existing code section.
- We took over the project after an existing provider left them so there were issues in terms of understanding the code, adding new code and ensuring that the flow of the existing work does not break.
- Multi environment setup was not done properly and we assisted to ensure the data and code are both setup based on recommended best practices.
Support
- Worked with the GFS client for more than 2+ years for ongoing Development and Support.
- The CRM Dynamics software helps us to take the next step in our business as we are looking to scale.
Next Phase
We are now looking at the next phase of the project which involves:
- Ongoing Support and adding new features every Quarter with minor bug fixes
- Further advanced integration with the Dynamics Features like Outlook based auto emails, Co Pilot etc
Executive Summary
About Client
The client, Yorker, is focused on leveraging technology to address the challenge of tracking and managing cricket bowlers’ net practice bowling loads. Recognizing the risk of overtraining and injuries from improper tracking, therefore, Yorker aims to provide a digital solution tailored for cricket players. In addition, An AWS Custom Application for Yorker empowers bowlers to automate session recordings, create personalized training plans, and monitor progress effectively. The app also fosters a sense of community by enabling interaction, knowledge sharing, and participation in skill-building challenges. The project is being executed in multiple phases, beginning with a Minimum Viable Product (MVP) to establish a strong foundation for future improvements. Yorker’s commitment to innovation and user-centric design reflects its dedication to transforming how athletes manage their training and optimize performance while minimizing injury risks.
Project Background – Enhancing Cricket Training through Digital Bowling Load Management
The Yorker mobile app project addresses a major challenge for cricket bowlers: accurately tracking and managing their bowling loads during net practice. Without proper tracking, bowlers risk improper training regimens, leading to overtraining and injuries. The Yorker app offers a digital solution that automates session recordings, capturing key metrics like delivery count, types of deliveries, and intensity levels. Additionally, the app allows bowlers to create personalized training plans, track progress, and receive real-time alerts to avoid overexertion. By leveraging technology, this initiative not only helps reduce injury risks but also fosters a sense of community. Bowlers can share experiences, learn from experts, and engage in skill-enhancing challenges. Ultimately, the app aims to optimize performance while ensuring bowlers train safely and efficiently, revolutionizing the way athletes manage their training.
Scope & Requirement for AWS Custom Application For Yorker
Scope: The first phase of the Yorker mobile application focuses on developing a Minimum Viable Product (MVP) to establish a strong foundation. Specifically, this phase will deliver core functionalities to allow cricket bowlers to start tracking their training sessions and managing their profiles. The scope includes:
- User Authentication: Secure login and registration functionality for bowlers.
- Profile Management: Basic user profile setup, including personal details and preferences.
- Bowling Record Tracking: Automated entry for recording bowling sessions, including delivery count, types, and intensity.
- Basic Reporting: Simple reports summarizing bowling loads to help users monitor their progress.
Requirements:
- Mobile App Development: We will develop the front end using React Native to ensure cross-platform compatibility on iOS and Android.
- Backend Services: Built using .NET with RESTful APIs for data communication.
- Database: RDS Aurora PostgreSQL for structured data storage of user profiles and bowling records.
- CI/CD Pipeline: Set up Continuous Integration/Continuous Deployment processes for efficient development and release.
- User Interface Design: Intuitive and user-friendly UI aligned with branding, focusing on easy data entry and report viewing.
Implementation
Technology and Architecture for AWS Custom Application For Yorker
Read more on the technology and Architecture we used for AWS Custom Application Development
Technology
- WAF, API Gateway, Lambda Functions, RDS, S3, CloudWatch, Secrets Manager
Scalability
- The app is designed to run on serverless services, allowing automatic scaling based on usage.
Integrations
The application leverages RESTful APIs for smooth data transfer between the front end and back end, facilitating user authentication, session tracking, and profile management. Future integrations may include cloud-based analytics and third-party push notifications to enhance user engagement.
Cost Optimization
Peritos helped optimize costs for Yorker by designing an efficient AWS architecture using auto-scaling, right-sized instances, and serverless technologies. With tools like AWS Cost Explorer and Trusted Advisor, we continuously monitored and reduced spending. Automation through CI/CD pipelines and code optimization further enhanced performance while lowering operational costs.
Backup and Recovery
A robust backup strategy, using Amazon S3, prevents data loss, while automated recovery processes ensure quick restoration in case of failure.
Features of AWS Custom Application For Yorker
- Automated Bowling Session Tracking Capture and record each bowling session, including the number of deliveries, delivery types, and intensity levels, thus providing players with a detailed log of their training activities.
- Personalized Training Plans Create and customize training plans tailored to individual fitness levels and goals. Furthermore, Players and coaches can adjust these plans based on real-time performance data to optimize training regimens.
- Progress Monitoring & Alerts Track progress against predefined plans, with visual dashboards and alerts to notify users of deviations that may lead to overexertion or injuries.
- User Profile & Simple Reporting Maintain a personalized profile to store training history, generate basic reports on bowling performance, and gain insights to improve overall training effectiveness.
Challenges with AWS Custom Application For Yorker
- Accurate Data Capture & Tracking Ensuring the app reliably records detailed bowling metrics like delivery type, count, and intensity without manual errors poses a challenge, especially in a real-time sports environment.
- Scalability & Performance As user adoption grows, maintaining app performance and scalability will be critical, particularly during peak usage times. Designing a backend that can handle large volumes of data efficiently is essential.
- User Engagement & Retention Encouraging consistent use of the app among bowlers can be challenging. Building features that foster community interaction, personalized plans, and gamified challenges will be crucial to retaining users.
- Cross-Platform Compatibility Delivering a seamless user experience across both iOS and Android devices requires rigorous testing to address device-specific issues, screen resolutions, and performance variations.
Support
As part of the project implementation we provide 2 months of Ongoing extended support. Additionally, this also includes 20 hrs a month of development for minor bug fixes and a SLA to cover any system outages or high priority issues.
Next Phase
We are now looking at the next phase of the project which involves:
- Ongoing Support and adding new features every Quarter with minor bug fixes
- Social & Community Building Features
About Client
Landcheck is an easy and affordable way of accessing crucial natural hazard risk information about any property in Auckland. The data is collected from official sources and neatly summarized into an easy to read PDF report. This information will help you make more informed decisions when investing your hard-earned money into Auckland Real Estate.
Project Background – AWS Custom Application Development using ESRI ArcGIS
Peritos and Landcheck got together to create a AWS Custom Application Development using ESRI ArcGIS integration to generate Hazard reports for specific properties. This was used for generating land based report which can be ordered specific to an address. client wanted to create an application which gives a comprehensive report to the user for their address indicating multiple hazards. It includes 10 hazards like Flooding, Winds, Liquefaction, Coastal Erosion, Active Fault etc. This report is created based on the latest data from authorised information provider, with expert Advice from Landcheck Engineers at a optimum cost which can help the end user get the information they need to make decisions regarding a specific property. This was all being done manually which the client now wanted to develop as a SAAS based offering.
Scope & Requirement
In the 1st Phase of the custom application development, implementation was discussed as follows:
- A customized app which generates automatic reports of searched property address in Auckland Region
- Reports are generated from querying hazard data from ArcGIS server, where the information from Authorised council have been collated. Additional hazard risk calculation logic is applied on top of information returned from ArcGIS server to show the hazard risk in user friendly way. Based on the hazard risk level calculated for the property, Landcheck SMEs have also provided information to help understand the risk, which should also be added to report in a very user friendly way.
- Each hazard should have a property aerial image with hazard layers, showing how much area of the property is covered by different hazard levels.
- Reports should state the problem, hazard percentage and even the solution.
- User should be able to download the report in form of PDF files.
Implementation
Technology and Architecture
Read more on the technology and Architecture we used for AWS Custom Application Development using ESRI ArcGIS
Technology
The web app was deployed with the below technological component
- Backend Code: .NET Core, C#
- Web App code: ReactJS
- Database: PostgreSQL
- Cloud: AWS
Integrations
- Google APIs
- LINZ database
- ESRI ArcGIS
- Stripe
- Auth0
- SendGrid
Security:
- AWS WAF service is used for the firewall
- All API endpoints are token based
Responsive Design:
- All screens and UX was done keeping in mobile usage and are implemented with a responsive design in mind.
Scalability
Application is designed to be running on serverless services, so that it can easily scale up and down automatically based on usage.
Cost Optimization
Alerts and notifications are configured in the AWS to notify if the budget is being exceeded. Being deployed on serverless infrastructure, it desn’t imposes any additional cost if application is not being used a lot. Peritos being a cloud partner is managing the environment for the client keeping a close watch on the cost and finding ways to optimize the same
Backup and Recovery
- Automated backups are configured to backup the database and store multiple copies of the backup.
Code Management, Deployment
- CI/CD is implemented to automatically build and deploy any code changes.
Features of Application
- Search for an address, if the address is under supported regions then user will be able to select the address and application shows the outline of property in aerial view.
- User can get the report by creating an account on the application and making the payment
- Get the rating for the property for multiple hazards, like Winds, Flooding, Volcano, Earthquake etc. and expert advice from Landcheck Engineers on what are the remedial actions and next steps to take.
- This application, backend and front end are powered by AWS services.
Challenges
We collated data from multiple council region and helped to get this stored on AWS layer. When a user buys the report, then the risk calculation logic goes through several datasets in ArcGIS server to calculate the risks for different hazards, then combine those results along with the expert advise from the Landcheck engineers and returns the result by generating a PDF. This was taking a huge amount of time when done at the go.
- Complex calculations are required for each hazard which involves data coming from different ArcGIS feature layers. In addition to this, an image for each hazard is also created combining multiple hazard layers from ArcGIS map server. All of these calculation were taking a lot of time in generating the report. In order to resolve this, we moved all the hazard calculation logic in a separate component, which gets triggered through an event. In this we optimized the code to perform each hazard calculation on separate thread. Also, we offloaded some of the GIS calculations to ArcGIS server, and access it with ArcGIS APIs. These changes reduced the time report creation time to just few minutes.
- Testing of the application with multiple addresses and users who were experts in their domain was a challenge.
- The data was quite complicated to understand and we relied on the Landcheck’s engineers to inform us what the expected result was. We did cover a lot of suburbs and did test close to 600 properties so we could be sure it is working as expected. However there were outliers and cases which did not work as expected and had to invest a fair bit of time to resolve those.
- ArcGIS integration was an issue as all the data from different Parcel and Linz layers had to be collated on the AWS ArcGIS server so we could get the information from a single source for multiple cities and suburb region
- This data was complicated to load and we had applied layers in terms of images and legends to display the data on the report side for an end user to easily interpret the results.
Support
As part of the project implementation we provide 2 months of Ongoing extended support. This also includes 20 hrs a month of development for minor bug fixes and a SLA to cover any system outages or high priority issues.
Next Phase
We are now looking at the next phase of the project which involves:
- Ongoing Support and adding new features every Quarter with minor bug fixes
- Adding support for more NewZealand cities
About Client
The customer’s (Tonkin + Taylor) business is involved in environmental consulting or meteorological services, focuses on providing high-resolution meteorological data for various applications, including air quality analysis, weather forecasting, and climate risk assessment. Their offerings are centered around advanced data modeling using the Weather Research Forecasting (WRF) model, which requires significant computational resources due to its ability to generate detailed meteorological datasets.
Project Background – AWS Custom product for Weather research forecasting
Peritos was hired to address these challenges by developing a comprehensive system that could:
- Efficiently run the WRF model using HPC cluster.
- Automatically create and manage HPC cluster jobs on receiving new data requests.
- Automatically manage data resolution adjustments.
- Provide a seamless experience for customers through an easy-to-use online platform.
- Enable the commercialization of the datasets, ensuring that the customer could capitalize on the broad applicability of their data across multiple disciplines
Implementation
Technology and Architecture
The architecture of this application efficiently handles the computational intensity of the WRF model, scales dynamically with demand, and provides a seamless experience for users. The integration of various AWS services ensures that the solution is robust, secure, and scalable.
Overall Workflow
- User Request: Users input data parameters and request pricing. If satisfied, they proceed with the purchase.
- Processing Trigger: Upon payment confirmation, the system triggers the data processing workflow.
- WRF and WPS Processing: The ParallelCluster performs the necessary computations to generate the meteorological data.
- Post-Processing: Any additional processing is done before the final data is stored.
- Download and Notification: Users are notified and provided with a link to download their processed data.
Technology
- The web app was deployed with the below technological component
- Backend Code: .NET, C#, Python
- Web App code: Nextjs
- Database: PostgreSQL
- Cloud: AWS
Integrations
- Google APIs
- Stripe
- Auth0
- SendGrid
- Slurm APIs
Cost Optimization
Peritos enhanced Tonkin + Taylor’s FinOps capabilities by designing a cost-efficient, scalable AWS architecture. We optimized compute resources using AWS ParallelCluster, implemented serverless automation with Lambda and Step Functions, and used Amazon S3 and FSx for Lustre for cost-effective data storage. The solution allowed Tonkin + Taylor to scale on demand, reduce infrastructure costs, and gain visibility into cloud spending. This enabled efficient monetization of meteorological data while maintaining control over operational expenses.
High-Performance Computing (HPC) Environment
- AWS ParallelCluster: Provides the compute infrastructure needed to run the WRF model and WPS processes. This cluster is set up dynamically and scaled according to the computational demands of the task, ensuring efficient resource usage.
- Head Node and Compute Fleet: The head node manages the compute fleet, which executes the high-compute WRF and WPS processes.
- Head Node and Compute Fleet: The head node manages the compute fleet, which executes the high-compute WRF and WPS processes.
Processing and Orchestration
- AWS Lambda Functions: Used extensively for orchestrating various steps in the data processing workflow.
- AWS Step Functions: Orchestrates the entire workflow by coordinating Lambda functions, managing state transitions, and handling retries or errors.
Features of Application
- The solution leverages AWS cloud services to generate, process, and distribute high-resolution meteorological data.
- Users interact via an interface hosted on AWS Amplify, secured by AWS WAF and Shield, with APIs managed by Amazon API Gateway.
- The system orchestrates data processing using AWS Lambda functions and AWS Step Functions, coordinating tasks such as WRF and WPS processing on an AWS ParallelCluster.
- FSx for Lustre provides high-performance storage, while Amazon S3 and Aurora DB handle data storage and transaction management.
- Post-processing is done on EC2 instances, with notifications sent via SNS. The solution efficiently manages the high computational demands of the WRF model, scales dynamically, and ensures secure, seamless data access for internal and external users.
Challenges
- Challenge 1: High Computational Demand: The WRF model’s capacity to produce highly detailed meteorological datasets necessitates extensive computational power, which made running it on the customer’s existing local infrastructure impractical. The challenge was to find a solution that could efficiently handle large-scale data generation with optimum costing.
- Solution: This challenge was met by implementing an AWS-based high-performance computing (HPC) cluster, specifically AWS ParallelCluster, which provided the necessary computational resources to run the WRF model efficiently. The jobs on ParallelCluster were created and managed dynamically using AWS Stepfunction and AWS Lambda by utilizing Slurm APIs.
- Challenge 2: User Experience and Commercialization: To monetize their meteorological data, the customer needed to create an accessible, user-friendly portal where external users could easily select regions, adjust data resolution, and purchase datasets. The portal needed to be intuitive, efficient, and fully capable of handling secure transactions, which was essential for the success of the customer’s business model.
- Solution: The customer addressed this challenge by developing a web-based portal using AWS Amplify, integrated with AWS WAF and Shield for security, and managed via Amazon API Gateway. This platform provided a seamless user experience, enabling external customers to effortlessly interact with the system, select their data parameters, and complete purchases, thereby facilitating the commercialization of their datasets and enhancing revenue streams.
Next Phase
- Ongoing Support and adding new features every Quarter with minor bug fixes
- Adding support for more countries
Executive Summary
About Client
Machineroad was started by Mitch Ferguson and Lockie Fergsuon both on top of thier cricketing skills and with the right knowledge and tools helping others in developing the game skills is what they wanted to do in Machineroad. With the mobile application goal was to help athletes to see how fast they can bowl and the areas for thier improvement. The competition in the sports sector is cut-throat and this app helps amateur as well as professional athletes to up their games.
https://www.machineroad.com/
Location: Auckland, New Zealand
Project – AI ML based mobile app for cricket training
Machineroad requirement was for implementing a bespoke AI ML based mobile app that helps to improve cricket bowling skills for their users. They wanted an app that helps their users to measure their bowling speed and creates a trajectory image snippet for the end user which further helps to understand the areas of improvement. Machineroad needed detailed analytics to help the users see their activities and compare results each week and month to help keep a track on the progress made. The requirement for AI ML based mobile app for cricket training was to be launched on both iOS and Android Store.
The Founder of MachineRoad Lockie Ferguson as world class cricket champion had this vision in mind ‘We want to bridge the gap between talent and success as a sportsman. Regardless of your upbringing we want you to be able to compete on the world stage and become the best athlete you can be”
Scope & Requirement
Below was the scope of work to develop a Cricket Training app:
- User should be able to download the app from Play and Google store if the device meets the specific requirement of camera and Video processing.
- User can then calibrate and start taking video when doing bowling and the app guides on the right placement and setup so as to get the most accurate video for processing and calculating the speed.
- AI and ML based video processing to give accurate results for the speed and if it there are issues like objects etc detected on the video it then informs the user that speed could not be calculated.
Implementation
Technology and Architecture
Technology
- The Mobile app was deployed with the below technological component
- Backend Code: .NET Core, C#, Node.js
- Mobile App code: Native Android, Native iOS
- Database: SQL Server, MongoDB
- Cloud: AWS
Integrations
- Single Sign-on using Auth0
- Sendgrid for sending email notifications
- Single Sign-on using Auth0
Security
- Data Encryption
- Multi-Factor Authentication for Admin, Teacher, and Students
- All API endpoints are tokenized
Backup and Recovery
Cloud systems and components used in the attendance management system are secure and 99.99% SLA.
HA/DR mechanism is implemented to create service replicas.
Scalability
Application is designed to scale up to 10x the average load from the first 6 months,
with auto-scaling cloud resources.
Cost Optimization
Alerts and notifications are configured to monitor budget usage. The environment is actively managed
to optimize costs.
Code Management & Deployment
Code for the app is handed over through Microsoft AppCenter.
CI/CD is implemented to automatically build and deploy code changes.
Features of AI ML Based Mobile App for Cricket Training
- Users can create bowling videos, store data, and add it to their player profile on the Machineroad app.
- The app records bowling speed, line, length, and trajectory, saving images and videos for each session.
- Detailed analytics reports allow weekly and monthly progress comparison, including benchmarking with other users and professional athletes.
- Monthly subscription includes comparison charts and leaderboard submission for speed and videos.
- AI/ML-based video processing analyzes recordings and delivers speed accuracy comparable to a speed gun.
- Social media integration enables users to share training results, badges, and streaks.
- Gamification and leaderboard features motivate users with customizable performance targets.
Challenges – AI ML Based Mobile App
- Achieving accurate results with a single camera compared to hawk-eye systems using multiple cameras was challenging.
- Performance depended on background noise, camera position, and device quality.
- App restricted usage on devices without 240FPS or slow-motion support; supported device list was provided.
- Processing videos across varying environments, lighting conditions, and pitches was complex.
- ML models required training across multiple scenarios, but adapting to new locations and pitches remained difficult.
- Accurate camera alignment and orientation were essential for reliable results.
- Help screens and video tutorials were implemented to guide users for optimal usage.
Support
As part of the project implementation, we provided 1 month of extended support, including major and minor bug fixes.
Additional long-term support was also provided for select issues over the years.
Next Phase – AI ML Based Mobile App
We are currently planning the next phase of development and are in the POC stage.
- Video post-processing will be performed directly on the mobile device to deliver faster results to users.
- New features will be implemented and released as part of the ongoing support agreement.
Dynamics Multiple clients Support
Dynamics Multiple clients Support
Dynamics 365 Implementation and ongoing Support for Multiple clients
Executive Summary
About Client
Enterprise Software Solutions (ESS) provides tailored software licensing and cloud services, specializing in optimizing Microsoft licensing solutions. Headquartered in Phoenix, Arizona, ESS helps clients reduce cloud spending and navigate complex licensing challenges. Their services include Microsoft 365 and Dynamics 365 solutions, cloud licensing optimization, and 24/7 support. ESS focuses on delivering cost-effective software solutions with a strong emphasis on customer service, including fast delivery, a 30-day warranty on most products, and a full refund policy.
- Address: Tempe, AZ 85281 , USA
- https://www.enterprise-software-solutions.com/
Project Background
Peritos and Enterprise Software Solutions (ESS) have entered a 2-year contract to support multiple enterprise and Microsoft clients. This partnership focuses on providing solutions and services for clients utilizing Microsoft products. The collaboration covers high-level requirements across various projects, ensuring both companies can effectively serve their clients by leveraging Microsoft’s extensive suite of tools and services. These include Dynamics 365 F&O , CRM, Sales Hub, Customer insights, HR, Project operations, SCM and Finance.
Requirement
- Supporting enterprise-level implementations of Microsoft tools.
- Addressing high-level needs such as financial operations, customer relationship management, HR processes, and supply chain efficiencies.
- Providing seamless integration across various departments to enhance productivity and business outcomes.
Scope
- Requirement Gathering: Understand client-specific needs and align them with Dynamics 365 capabilities.
- System Implementation : Set up the appropriate Dynamics Product for customer and the different modules (e.g., Finance, CRM, SCM) based on the business processes and scope identified.
- Customization: Tailor the system through custom fields, workflows, or integrations as required.
- Data Migration: Transfer data from legacy systems into Dynamics 365 while maintaining integrity.
- User Training and Go-Live: Train users, conduct tests, and ensure a smooth transition to the new system.
- Post-Go-Live Support: Provide ongoing support and system optimizations.
Technology and Architecture
- Cloud-Based Architecture: Dynamics 365 runs on Azure, leveraging its scalability, security, and integration capabilities.
- Microservices and APIs: Modular design using microservices allows seamless integration of Finance, SCM, HR, and CRM with third-party systems.
- Data Management: Utilizes Azure Data Factory for ETL processes, with Azure SQL for data storage and Power BI for embedded analytics.
- Security: Built-in role-based access control (RBAC) and encryption ensure data protection across the system.
Challenges
- Data Migration Complexity: Transferring large volumes of data from legacy systems while ensuring accuracy and integrity can be time-consuming.
- User Adoption: Resistance from users accustomed to old systems can slow down implementation.
- Customization Needs: Legacy customizations may not fit into the Dynamics 365 architecture and require redevelopment.
- Integration with Other Systems: Connecting Dynamics with existing software and third-party tools can be complex.
- Downtime and Disruption: Migrating to a new system may cause temporary disruptions in business processes.
Overcoming challenges across multiple clients has led us to develop reusable assets, datasets, and tools that streamline the Dynamics 365 implementation process. These resources include pre-configured templates, tested integration frameworks, and proven techniques for data migration and user training. By utilizing these assets, we ensure each project runs smoothly and can achieve faster go-live times. This approach has helped us maintain consistency and efficiency, reducing the overall complexity and risks associated with deploying new systems across different client environments.
Project Completion
- System Configuration: Set up Dynamics 365 modules (Finance, SCM, HR, CRM) as per business requirements.
- Data Migration Report: Detailed report on data migrated from legacy systems, ensuring data integrity.
- Customization Documentation: Comprehensive documentation of customizations and configurations done on the system.
- Integration Setup: Configured integration with third-party systems and existing platforms.
- User Training Materials: Manuals, videos, and training sessions for end-users.
- Go-Live Support Plan: Detailed plan for system launch and ongoing post-go-live support. These deliverables ensure a successful and smooth deployment.
Support
Support can be from 2 weeks ongoing to be around 4 weeks of Hypercare support. We also have been supporting 5 customers for an AMC contract
Testimonial
Working with Peritos has been a highly productive and seamless experience. Their expertise in Microsoft solutions, particularly Dynamics 365, has helped us successfully implement complex projects across multiple clients. Their reusable assets, tools, and consistent approach to handling customizations have ensured smoother transitions and faster go-lives. The team’s commitment to delivering high-quality results and providing ongoing support has strengthened our partnership, and we look forward to future successes together.
– Abhi Ahuja , ESS Founder
Testimonial
Peritos is a team of highly skilled developers, technical experts, and delivery managers. We’ve been very impressed with their commitment. Their developers and delivery managers have conducted themselves with professionalism and diligence at all times, and the quality of the work they have performed has been excellent. Many times, they proposed better solutions, which resulted in better and faster products. Peritos is a reliable AWS Partner. You can trust and be satisfied.
“We are very happy with the results of this major IT project with Peritos Solutions. Their staff gained a good knowledge of our business and processes. They were able to work with many of our diverse team members and launch Business Central ERP on time and on budget according to our requirements. We will be using them again for future projects and additional development actions. Thank you!”
The project was completed on time and as per the agreed budget. The communication was excellent, as was the dedication to quickly turning around the required report development. The overall experience was good, and I would definitely work with the Peritos Team again.
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Property Search App- Custom Web App Development for Bayleys
Property Search App- Custom Web App Development for Bayleys
Explore Transforming Dated Desktop App to Cloud-Based Efficiency, Accessibility, and Collaboration with Custom Web App Development.
Implementation
About Client
Custom Web App Development
Bayleys is a New Zealand-based, family-owned, operated real estate agency in New Zealand and Fiji. As the largest full-service real estate agency in the country, they offer a comprehensive array of property-related services and sector-specific expertise. Furthermore, Their business model is founded on trust, reliability, discretion, and exceeding our clients’ expectations. The in-depth experience, knowledge, and successful track record, therefore, are proven across our full-service business lines. They are committed to delivering world-class service and results.
- https://www.bayleys.co.nz/
- Location: New Zealand
Project Background
Scope & Requirement For Custom Web App Development
- Review existing AWS environment
- Create a new web app for searching and adding new property details
- Migrate data from existing database to AWS
Implementation
Technology And Architecture Of Custom Web App Development
- Read more on the key components that defined the Property search-Custom web app development for Bayleys
Technology/ Services used
- The web app was deployed with the below technological component
- Backend Code: .NET 6, C#
- Web App code: Next.js
- Database: PostgreSQL
- Cloud: AWS
Integrations
- Google APIs
Security:
- AWS WAF service is used for the firewall
- All API endpoints are token-based
Scalability
- The application is designed to be running on serverless services so that it can easily scale up and down automatically based on usage.
Cost Optimization
- Alerts and notifications are configured in the AWS to notify if the budget is being exceeded.
- Deployed on serverless infrastructure, the application does not incur any additional costs when it is not in heavy use.
- Peritos, being a cloud partner, is managing the environment for the client, keeping a close watch on the cost, and finding ways to optimize the same
Code Management, Deployment
- CI/CD is implemented to automatically build and deploy any code changes
Challenges In Implementing Custom Web App Development
- Reuse the existing code logic
- Map the complicated calculation logic from the existing app to the new app
- Retain all features yet give it a better User experience
Project Completion
Duration Of Web App Development Implementation
- May 2024 to Aug 2024
Deliverables for Custom Web App Development
- A new modernized cloud-based app
- User Guide
- Unit testing document
- 20 standard licenses were migrated costs 18.9 NZD per month and saved client 37$ per month a total of 453$ a year.
Support for Web App Development
- 1 month extended support
- A template for Cloud formation stack to create more AWS resources using the available stacks
- Screen sharing sessions with demo of how the services and new workloads can be deployed.
Testimonial
Awaited
Next Phase
- Awaited
If You Are Looking For Similar Services? Please Get In Touch
Testimonial
Peritos is a team of highly skilled developers, technical experts, and delivery managers. We’ve been very impressed with their commitment. Their developers and delivery managers have conducted themselves with professionalism and diligence at all times, and the quality of the work they have performed has been excellent. Many times, they proposed better solutions, which resulted in better and faster products. Peritos is a reliable AWS Partner. You can trust and be satisfied.
“We are very happy with the results of this major IT project with Peritos Solutions. Their staff gained a good knowledge of our business and processes. They were able to work with many of our diverse team members and launch Business Central ERP on time and on budget according to our requirements. We will be using them again for future projects and additional development actions. Thank you!”
The project was completed on time and as per the agreed budget. The communication was excellent, as was the dedication to quickly turning around the required report development. The overall experience was good, and I would definitely work with the Peritos Team again.
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ABDM-Compliant Hospital Management Software
ABDM-Compliant Hospital Management Software
Read the project details which talks about ABDM-Compliant Hospital Management Software: Streamline Compliance and Patient Records Management with Ekanshi Solution's Solution.
Executive Summary
About Client
ABDM-Compliant Hospital Management Software for all-size hospitals.
Ekanshi Solutions Pvt Ltd offers expert management consultation services to healthcare organizations. They provide strategic guidance and support to help organizations achieve their goals. With the in-depth expertise and industry knowledge, they help organizations optimize their operations, make informed decisions, and achieve excellence in patient care.
- https://ekanshisolutions.com/
- Location: Lucknow, Uttar Pradesh, India
Project Background
Ekanshi Solution requires reviewing its clients’ hospitals and clinics to ensure they meet the compliance requirements. To achieve this, we recommended developing a software solution that meets the basic compliance requirements and also eases the operational burden on hospitals.
- Registration and demographic data collection.
- Patient history and medical record management.
- Appointment scheduling and reminders.
- Patient check-in and waiting list management.
- ABDM Compliance M1 , M2 and M3 scenarios therefore create Verify ABHA and to manage patients records
- The movement of this on-premise app to a cloud-based infrastructure is aimed at improving performance, ensuring data security, and enabling seamless integrations with other digital health services.
- AWS Automated HIPPA Compliance check and aligned with best practices.
Scope & Requirement for ABDM-Compliant Hospital Management Software
In the 1st Phase of custom application development, we discussed the implementation as follows:
- A customized app, furthermore, helps to generate ABHA ID and integrates ABDM-compliant APIS
- The client hospital team should be able to view patient records easily and receive and send to the central server
- Able to book appointments and moreover schedule reminders easily.
- We would create a Web version of the app to help manage the above functionality, which will replace the current paper-based and unorganized work the admin was doing.
- Plan and execute the migration of application code, data, and databases from the on-premise system to the selected cloud platform.
- Ensure minimal downtime by utilizing cloud migration tools and strategies, such as database replication, to synchronize on-premise data with the cloud.
- Compliance with HIPPA and using config rules to do ongoing monitoring of compliance
Implementation
Technology and Architecture of Hospital Management Software
Technology/ Services used
- Backend Code: .NET Core, C#
- Web App code: AngularJS
- Database: PostgreSQL
- Cloud: AWS
Integrations:
Google APIs
ABDM Integration
Auth0
SendGrid
Security:
- AWS WAF service is used for the firewall
- All API endpoints are token-based
Scalability
- The application is designed to be running on serverless services so that it can easily scale up and down automatically based on usage.
Backup and Recovery
- Additionally, Automated backups are configured to backup the database and store multiple copies of the backup.
Cost Optimization
- Peritos optimized costs for the ABDM-compliant hospital management software by architecting a scalable, cloud-based solution using serverless components and right-sized infrastructure.
- Leveraging AWS tools like Cost Explorer and Trusted Advisor, we continuously monitored usage to eliminate waste and reduce expenses.
- Automation through CI/CD pipelines, along with performance-tuned code and databases, ensured reliable delivery while minimizing operational overhead—resulting in a cost-effective, high-performance system for healthcare providers.
Code Management, Deployment
- CI/CD is implemented to automatically build and deploy any code changes
Features of the Application
- Integrated Patient Profile with NDHM: This application seamlessly integrates with NDHM, enabling the swift creation of ABHA IDs and facilitating the exchange of patient health data. By interfacing with the National Digital Health Mission, the system ensures that patient data is standardized, up-to-date, and easily accessible, fostering more informed medical decisions.
- Multi-tenancy Architecture: The system’s ability to cater to multiple hospitals or health providers under a single unified platform is a significant advantage. Each hospital can manage its operations while benefiting from centralized updates and features, ensuring scalability and simplifying administrative tasks.
- Data Encryption at Rest and In Transit: Implemented encryption using AWS Key Management Service (KMS) for both data at rest (S3, EBS, RDS) and in transit (SSL/TLS) to ensure compliance with GDPR and HIPAA requirements for securing sensitive data.
- Identity and Access Management (IAM): Designed and enforced strict least-privilege access policies using AWS IAM. This included creating custom roles and policies with granular permissions for specific users and services, ensuring only authorized personnel had access to sensitive data.
- AWS Config and Compliance Rules: Set up AWS Config to track and audit configuration changes across the environment. Applied AWS Config Rules to continuously monitor compliance against GDPR and HIPAA requirements, such as encryption enabled on S3 buckets and logging for API Gateway and Lambda.
- Audit Logging and Monitoring: Configured AWS CloudTrail and Amazon CloudWatch for continuous logging and monitoring of API calls, changes, and actions within the AWS environment. This was crucial for meeting HIPAA requirements for audit trails and GDPR’s data access visibility.
- VPC Flow Logs and Security Groups: Deployed Virtual Private Cloud (VPC) with properly configured flow logs to monitor and log network traffic. Used AWS Security Groups and Network ACLs to ensure secure network segmentation and prevent unauthorized access to sensitive resources.
- Data Residency and Data Transfer Controls: Implemented controls to ensure data residency compliance by restricting data storage and processing to specific AWS regions as required by GDPR. Utilized VPC endpoints and AWS Direct Connect to secure data transfers and reduce the exposure to the public internet.
- Backup and Disaster Recovery: Designed an automated backup strategy using AWS Backup to meet GDPR’s requirement for data recoverability, ensuring regular snapshots of critical databases (e.g., RDS, DynamoDB) and storing them in encrypted S3 buckets across different regions for redundancy.
Challenges in implementing ABDM Compliant Hospital Management Software
- Integration with ABDM APIs is needed to achieve compliance; however, the API documentation was not up to date. Also, the API versions keep checking. During the app development from v1 to V3, we had to reach the APIs and perform code refactoring to ensure the utilization of the latest set of APIs.
- Furthermore, Help from PWC team was provided and explained the API endpoints and the test scenarios to cover to ensure the app compliance checks can be passed.
- Testing of the application with multiple end users who were experts in their domain was a challenge.
- We found the data quite complicated to understand and relied on the client’s team to test and inform us about the expected result in case of any issues. Additionally, we identified key users such as doctors, administrators, nurses, department heads, etc., to ensure coverage of all user scenarios.
- Given the sensitive nature of medical data, ensuring robust security measures against breaches and unauthorized access is paramount.
- The hospital management application ensured data security and privacy through end-to-end encryption for both data at rest and in transit. AWS’s suite of security tools, including IAM for access control, KMS for key management, and VPCs for network isolation, were leveraged. We fortified the APIs with security tokens and rate limiting and conducted regular training sessions for staff on security best practices.
Project Completion
Duration of Hospital Management Software Implementation
@nd Version- Jan 2024 – Present Currently working on Reporting, Enhancements, and Billing , In patient and Out patient feature addition along with M2 Billing
Deliverables for ABDM-Compliant Hospital Management Software
- Custom web application for two environments production and UAT system
- We delivered the features as agreed in the scope
- Registration and demographic data collection.
- Patient history and, furthermore, medical record management.
- Appointment scheduling and reminders.
- Patient check-in and waiting list management.
- ABDM Compliance M1, M2, and M3 scenarios to create Verify ABHA and to manage patients records
- HIPPA compliance report for managing workloads and following best practices for HIPPA and also ongoing monitoring report.
- We developed the following set of core features.
User: Manages user registration, authentication, roles, and permissions.
Hospital: Multi-tenant application to handle hospital registration, department management, and related configurations.
Doctor: Manages doctor profiles, availability, specialties, and associated scheduling.
Patient: In addition, Interfaces with ABDM for patient data operations, ABHA ID creation, and retrieval of patient health history.
Support
- As part of the project implementation we provide 2 months of Ongoing extended support.
- This also includes 20 hrs a month of development for minor bug fixes and an SLA to cover any system outages or high-priority issues.
Support
Peritos and using AWS have been instrumental in transforming our hospital’s operations for clients. It empowered us to create a custom multi-tenant application that not only meets our current needs but also positions us for future growth and innovation to showcase this to our larger client base and prospects. With a solid system now, we have the confidence to continue our mission of providing exceptional healthcare services to our community, knowing that our technology backbone is secure, reliable, and ready to scale. Additionally, We are happy with the services and look forward to completing more projects in the future with Peritos team.
Akanksha Niranjan
OWNER, EKANSHI SOLUTIONS
Next Phase
We are now looking at the next phase of the project which involves:
Furthermore, Ongoing Support and adding new features every Quarter with minor bug fixes
- Electronic Medical Records (EMR) Integration: Incorporate a system that not only stores patient data but also tracks their entire medical history, including medications, allergies etc
- AI-Powered Predictive Analysis: Moreover, Use AI and machine learning to analyze patient data for potential health risks, helping doctors make informed decisions
If You Are Looking For Similar Services? Please Get In Touch
Testimonial
Peritos is a team of highly skilled developers, technical experts, and delivery managers. We’ve been very impressed with their commitment. Their developers and delivery managers have conducted themselves with professionalism and diligence at all times, and the quality of the work they have performed has been excellent. Many times, they proposed better solutions, which resulted in better and faster products. Peritos is a reliable AWS Partner. You can trust and be satisfied.
“We are very happy with the results of this major IT project with Peritos Solutions. Their staff gained a good knowledge of our business and processes. They were able to work with many of our diverse team members and launch Business Central ERP on time and on budget according to our requirements. We will be using them again for future projects and additional development actions. Thank you!”
The project was completed on time and as per the agreed budget. The communication was excellent, as was the dedication to quickly turning around the required report development. The overall experience was good, and I would definitely work with the Peritos Team again.
Share us
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Guaranteed response within 8 business hours.
Trusted by Startups and Fortune 500 companies
We can handle projects of all complexities.
Startups to Fortune 500, we have worked with all.
Top 1% industry talent to ensure your digital success.
