OUR SERVICES
Product Architecture
Our software architects carefully select the most suitable architectural pattern based on the requirements analysis. Common patterns include:
Layered Pattern: Ideal for general desktop and e-commerce web applications, dividing applications into presentation, application, business logic, and data access layers.
Client-Server Pattern: Utilized in email, document sharing, and other applications, where multiple client components request services from a server using the TCP/IP protocol.
Master-Slave Pattern: Commonly used in database replication and peripherals connected to a bus, with the master distributing work to identical slaves.
Pipe-Filter Pattern: Found in lexical analysis, bioinformatics, and other areas, processing a stream of data progressively with filters performing the processing.
Broker Pattern: Popular for decoupling distributed systems, where a broker coordinates available services and client-requested services.
Peer-to-Peer Pattern: Leveraged in blockchain and file-sharing networks, where individual components, or peers, may dynamically change roles.
Event-Bus Pattern: Utilized in notification services, managing events through components like source, channel, bus, and listener.
Model-View-Controller Pattern: Found in web applications like Rails, breaking up functionality into model, view, and controller components.
Blackboard Pattern: Seen in speech recognition and vehicle tracking, with structured global memory, knowledge sources, and control components.
Interpreter Pattern: Used in database query languages or communication protocols.
Pipe 1
Filter 1
Pipe 2
Filter 2
Pipe 3
SINK
SOURCE
BUS
Channel 1
Channel 2
LISTENER 2
LISTENER 1
SOURCE 2
SOURCE 1
Input Events
View control
Update model
Change notification
Query Model
VIEW
MODEL
CONTROLLER
Product Engineering Services
We employ an agile and iterative approach to software development, delivering robust, scalable products with faster time-to-market. Our lean process involves multiple iterations and daily progress monitoring by empowered team members, ensuring high-quality deliverables and adherence to timelines.
High Quality Deliverables: Testing is integrated throughout the development cycle, ensuring regular checks on application quality.
Increased Project Control: Shorter milestones enable tighter control over task execution, eliminating time-consuming processes.
Reduced Risks: Daily monitoring of risks allows for effective risk management.
Faster ROI: Our agile process aligns with the MVP philosophy, executing projects in several sprints, typically two weeks each.
Transparency: Clients are involved throughout the project, from prioritizing features to iteration planning and review sessions.
Innovation: Constant refinement and reprioritization of the product backlog foster innovation, allowing for rapid changes.
Minimum Viable Product
We have a full team of architects, UX/UI, front-end and back-end engineers as well as Cloud Engineers. This ensures we can own the journey from the planning stage like identifying the appropriate Tech Stack through code deployment in the cloud. As mentioned earlier we use an agile development process to deliver a useful product faster. This phase is driven by the product owners’ key MVP requirements while keeping the other needed features in the backlog. Some of the MVPs built by us are shown here.
Professional Services
This is designed to help our clients requiring their product customization & integration for onboarding their B2B (Business to Business) customers. As our clients go to market they need to respond faster and deliver a good customer onboarding process. Our software development engineers provide the needed professional services working closely with client product development teams. This helps the core engineering team to focus on product development while our professional services team delivers the customizations & integrations needed. The specific services we have delivered vary based on the engagement.
Offshore Development Center/ BoT (Build Operate Transfer)
We also work with later-stage and mature technology companies as they look for building an Offshore Development Center (ODC) with Build Operate Transfer (BOT) options for economies of scale. This is typically put in place for team sizes starting at 25+.
Project Requirement Document (PRD)
A PRD outlines what's being built, why it's being built, and its exact scope—defining features and functionality. It communicates both the company's purpose behind the product and the value it offers to customers. Additionally, it clarifies what is not included in the product. At times, clients may lack the time to document their ideas fully. Our solutions architect collaborates with clients to understand their vision and encapsulate it in the PRD format. Once reviewed and approved by the client, the PRD kickstarts the design phase.
Chordify.
Code.Create.Conquer
Location
Silicon Valley
440 N. Wolfe Rd., Sunnyvale CA 94085 USA
India
5th FL, Amstor Building, Trivandrum Technopark Phase 1, Thiruvananthapuram 695581 Kerala India
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